INTEGRAL Self-Protected Combination Motor Controllers

Size: px

Start display at page:

Download "INTEGRAL Self-Protected Combination Motor Controllers"

Josephine Chambers
5 years ago
Views:

INTEGRAL Self-Protected Combination Motor Controllers Class 8539 CONTENTS Schneider Electric Brands Description Page Product Descriptions................................................ 3-5 Selection.

1 INTEGRAL Self-Protected Combination Motor Controllers Class 8539 CONTENTS Schneider Electric Brands Description Page Product Descriptions Selection Application and General Information Specifications Wiring Diagrams Dimensions

3 Product Description COMBINATION MOTOR CONTROL IN ONE COMPACT PACKAGE! The INTEGRAL Self-Protected Combination Motor Controller (CMC) combines all the functions of a disconnect, circuit breaker, contactor, and overload relay in a coordinated motor controller. A wide variety of easy-toinstall auxiliary blocks and interface modules provides powerful communication and control capabilities. As much as 60% less panel space is required by the INTEGRAL CMC as compared to traditional combination motor control circuit installations. In addition, installation and wiring time is dramatically reduced simply snap the INTEGRAL onto a 35 mm DIN rail and connect load and line side wires. Integral 8 The entire family of INTEGRAL CMCs have proven their reliability and effectiveness in thousands of applications worldwide. By installing the INTEGRAL Self-Protected CMC, you are implementing the latest in motor control and protection technology, and assuring the lowest installed cost of any motor control scheme. Features Integral 32 Non-reversing and reversing combination motor controllers available in 8, 32, or 63 ampere ratings. NEMA Type and 2 enclosed combination motor controllers and open style combination motor controllers both available. Current-limiting short-circuit protection provides 42 ka interrupt rating. UL listed as a Type E combination motor controller. UL verified to meet Type 2 coordination protection per IEC Meets Total Coordination requirements of IEC no damage to contactor or overload relay, and no welding of contacts after interruption of short-circuit faults. Padlockable isolation knob. Minimum.5 million operation life expectancy. Proven reliability even after exposure to multiple short-circuit faults! Control direct from PLC or PC with optional interface modules. Integral 63 0/ Schneider Electric All Rights Reserved 3

4 Product Description INTEGRAL 8 INTEGRAL 32 Rated Operational Current for AC-3 Duty LDLB030 LD5LB LBLB03P LBLB03P 8 A 32 A Rated Breaking Capacity 42 KA at 480 Vac 42 KA at 480 Vac LDLC030 LD4LC030 LD5LC LBLC03M LBLC03M LBLC03M Approvals ASTA, BS, CSA, DEMKO, IEC, NEMKO, SEMKO, UL, VDE ASTA, BS, CSA, DEMKO, IEC, NEMKO, SEMKO, UL, VDE Number of Poles 3 3 Protection Module LBLB03P LBLC03M Magnetic Protection Fixed, 5 times maximum thermal current Adjustable, 6 to 2 times maximum thermal current Overload Protection 0. to 0.6 A: P0 0.6 to 0.25 A P to 0.4 A P to 0.4 A M to 0.63 A P to 0.63 A M to.0 A P to.0 A M05.0 to.6 A P06.0 to.6 A M06.6 to 2.5 A P07.6 to 2.5 A M to 4.0 A P to 4.0 A M to 6.0 A P0 4.0 to 6.3 A M0 6.0 to 0.0 A P 6.3 to 0.0 A M 0.0 to 6.0 A P7 0.0 to 6.0 A P7 2.0 to 8.0 A P2 6.0 to 25.0 A M to 32.0 A M Schneider Electric All Rights Reserved 0/00

5 Product Description INTEGRAL 63 Rated Operational Current for AC-3 Duty Rated Breaking Capacity Approvals Number of Poles 3 Protection Module Magnetic Protection Overload Protection 63 A 42 KA at 480 Vac LDLC030 LD4LC030 LD5LC LBLC03M LBLC03M LBLC03M ASTA, BS, CSA, DEMKO, IEC, NEMKO, SEMKO, UL, VDE LBLD03M Adjustable, 6 to 2 times maximum thermal current 0.0 to.0 A M6.0 to 8.0 A M2 8.0 to 25.0 A M to 32.0 A M to 40.0 A M to 50.0 A M to 63.0 A M6 0/ Schneider Electric All Rights Reserved 5

6 Selection To order an INTEGRAL CMC, complete these four steps: LDLB030 LD5LB0 LD4LC030 LD5LC030 LD4LD030. Select the correct combination motor controller from Table A (open) or Table B (enclosed). 2. Complete the catalog number by adding the coil voltage code from Table Choose the appropriate protection module from Table For enclosed combination motor controllers only, select any desired INSTA-KITS or factory modifications from Table on page 20. For factory modification, add the form number to the end of the catalog number. Table A: Open Style INTEGRAL CMC Base Unit Selection Table Continuous Current Rating Maximum 3-Phase HP Rating With Isolator Without Isolator Amperes 230 V 460 V 575 V Catalog Number Catalog Number Non-Reversing LDLB030* N/A LD4LC030* LDLC LD4LD030* LDLD030 Reversing LD5LB0* N/A LD5LC030* N/A LD5LD030* N/A Table B: Enclosed INTEGRAL CMC Selection Table Continuous Current Rating Maximum 3-Phase HP Rating Type Enclosure Type 2 Enclosure Amperes 230 V 460 V 575 V Catalog Number Catalog Number Non-Reversing LEUI846 LEUI LEUI3246 LEUI LEUI6346 LEUI6347 Reversing LE2UI846 LE2UI LE2UI3246 LE2UI LE2UI6346 LE2UI6347 Complete the catalog number by adding the voltage code from Table 2 Table 2: Coil Voltage Codes INTEGRAL I8 I32 I63 Control Voltage Frequency Hz B E F - M U Q N BC D K FC LC MC - - N S DC BD B E F - M U Q N BC D FC FC MC MC - - Q S DC BD ED FD B E F - M U Q N BC CE K FC LC MC - - Q S DC BD ED FD INTEGRAL Base Units ordered with DC voltage code (BD, ED or FD) are shipped with LL*080*D Voltage Converter Module already installed. Open Product Enclosed Product Open INTEGRAL CMC Dimensions page 48 Enclosed INTEGRAL CMC Dimensions page 5 File E6487 CCN NKJH NKJH7 File LR Class File E63364 CCN NKJH NKJH7 File LR Class Schneider Electric All Rights Reserved 0/00

7 Selection LBLB03P05 LBLC03M22 LBLD03M57 Table 3: Overload Protection Modules (Class 0, Ambient Compensated) Thermal Setting Range, Amperes c For 8 Ampere models Magnetic Setting Range, Amperes Standard Module with Thermal & Magnetic Trip Catalog No. c Thermal settings are based on motors with a service factor (S.F.) of.0. Specifications Magnetic only Module LBLB03P0 N/A LBLB03P02 N/A LBLB03P03 N/A LBLB03P04 N/A LBLB03P05 N/A -.6 LBLB03P06 N/A LBLB03P07 N/A LBLB03P08 N/A 4-6 LBLB03P0 N/A 6-0 LBLB03P N/A 0-6 LBLB03P7 N/A 2-8 LBLB03P2 N/A For 32 Ampere models LBLC03M03 LB6LC03M LBLC03M04 LB6LC03M LBLC03M05 LB6LC03M LBLC03M06 LB6LC03M LBLC03M07 LB6LC03M LBLC03M08 LB6LC03M LBLC03M0 LB6LC03M LBLC03M LB6LC03M LBLC03M7 LB6LC03M LBLC03M22 LB6LC03M LBLC03M53 LB6LC03M53 For 63 Ampere models LBLD03M22 LB6LD03M LBLD03M53 LB6LD03M LBLD03M55 LB6LD03M LBLD03M57 LB6LD03M LBLD03M6 LB6LD03M6 Operating Positions: UL Listed and CSA certified Conforms to IEC standards Shock resistance - 8 g (Duration of impulse: ms) Vibration resistance - 3 g (5 to 50 Hz) AC control circuit temperature limits: Storage -40 to +76 F/-40 to +80 C Rated voltage Vac Operation - to +04 F/-25 to +70 C Rated thermal current - 8 A (INTEGRAL 8), 32 A (INTEGRAL 32), 63 A (INTEGRAL 63) Interrupting current at 480 Vac: 42 ka ms Fixed magnetic trip is set at approximately 5 times full load current (FLC) INTEGRAL 8 INTEGRAL 32 INTEGRAL Mechanical life: 20 million operations 0 million operations 5 million operations 90 Operating current of magnetic trip is approximately 5 times maximum thermal trip (non-adjustable setting) File E6487 CCN NKJH NKJH7 File LR Class / Schneider Electric All Rights Reserved 7

9 INTEGRAL 8 Accessories Auxiliary Contact Blocks for the INTEGRAL 8 CMC For Use On Mounting Location Type and Number of Contacts per Block Contact Type Catalog Number Right Side Block of 5 instantaneous contacts 3 signal contactor state 2 signal tripped status 2 N/O + N/C N/O + N/C LLB05 LDLB03FC + LBLB03P0 LD or LD5 LD LD5 Right Side Right Side Left or Right Side Block of 3 instantaneous contacts 2 signal contactor state signal tripped status Block of 3 instantaneous contacts 2 signal contactor state signal tripped status Complementary auxiliary block signal contactor state N/O + N/C N/O N/O + N/C N/C LLB07 LLB09 N/C LLB00a Left Side 2 signal operating handle not in Auto position 2 N/O LLB03 Left Side 2 signal operating handle not in Auto position N/O + N/C LLB03 Left Side Left Side Left Side Left Side Block of 3 instantaneous contacts 2 signal operating handle not in Auto position 2 signals tripped on short circuit status Block of 3 instantaneous contacts 2 signal operating handle not in Auto position 2 signals tripped on short circuit status Block of 5 instantaneous contacts 3 signal contactor state 2 signal operating handle not in Auto position Block of 5 instantaneous contacts 3 signal contactor state 2 signal operating handle not in Auto position 2 N/O N/O + N/C N/O + N/C N/O + N/C 2 N/O + N/C 2 N/O 2 N/O + N/C N/O + N/C LLB034 LLB034 LLB02 LLB02 a Use of auxiliary contact LLB00 requires combination with contact block LLB05, LLB02, LLB07, or LLB09. File E6487 CCN NKJH NKJH7 File LR Class / Schneider Electric All Rights Reserved 9

11 INTEGRAL 32/63 Accessories Auxiliary Contact Blocks for the INTEGRAL 32/63 CMC For Use On Mounting Location Type and Number of Contacts per Block Contact Type Catalog Number Right Side Block of 6 instantaneous contacts 3 signal contactor state signal tripped on short circuit signal tripped signal not in Auto position 2 N/O + N/C N/O-N/C (form C contact) N/O-N/C (form C contact) N/O-N/C (form C contact) LLC00 LLC030 LD, LD4 or LD5 Right Side Right Side Block of 5 instantaneous contacts 3 signal contactor state signal tripped on short circuit signal tripped Block of 4 instantaneous contacts 3 signal contactor state signal tripped 2 N/O + N/C N/O N/O 2 N/O + N/C N/O or N/C, User Selectable LLC02 LLC025 Right Side Block of 3 instantaneous contacts 3 signal contactor state 2 N/O + N/C LLC020 Left or Right Side Complementary auxiliary block signal contactor state N/C LLC00q LD4 Left Side Block of control circuit isolation contact N/O LLC030 Left Side Block of 3 instantaneous contacts 3 signal contactor state 2 N/O + N/C LLC02 LD5 Left Side Block of 2 control circuit isolation contact 2 N/O LLC03q q See table below. LLC02 Complementary blocks LLC00 and LLC03, as well as LLC052** reset modules and LLC07** trip modules on page 2 must be used with an additional auxiliary block. This following table shows all allowable combinations. Possible Combinations of Auxiliary Contact Blocks for the INTEGRAL 32/63 CMC LLC00 LLC07** LLC052* LLC03 LLC00 Block of 6 auxiliary contacts Right Side LLC02 Block of 5 auxiliary contacts Right Side f f LC4LC030+ LBLC03M22+ LLC030+ LLC00+ LLC070F LLC025 Block of 4 auxiliary contacts Right Side LLC02 Block of 3 auxiliary contacts Left Side t t f Only one attachment may be added -- either LLC00 or LLC052 t Only one attachment may be added -- either LLC00 or LLC03 File E6487 CCN NKJH NKJH7 File LR Class / Schneider Electric All Rights Reserved

13 INTEGRAL 32/63 Accessories The shunt and undervoltage trip modules are for use with any 32 A or 63 A INTEGRAL CMC fitted with either an LLC00 or LLC02 add-on block. Shunt and Undervoltage Trip Modules Description Trip Specifications Catalog Number Time Delay (0.2 seconds) LLC070k LLC070F Undervoltage Trip Module Instantaneous LLC072k Shunt Trip Module Instantaneous LLC07k k Complete the catalog number with the letter shown below for the required coil voltage Volts Hz B E F - M U Q N N 60 Hz B E F F M M Q - N The remote reset modules are for use with any 32 A or 63 A INTEGRAL CMC fitted with either an LLC00 or LLC02 add-on block. Remote Reset Modules Description Control Voltage Catalog Number 24 V 50/60 Hz LLC052B LLC052F 42 V 50 Hz 48 V 50/60 Hz LLC052E Remote Reset Module 00/27 V 50/60 Hz LLC052F 200/240 V 50/60 Hz LLC052M When adding a remote reset module to a LE UI enclosed device (page 6), an oversized enclosure is required. File E6487 CCN NKJH NKJH7 File LR Class / Schneider Electric All Rights Reserved

14 INTEGRAL 8/32/63 Accessories LA9D092 LA4D LA4DE2 O LA4DM LA4DR U LA4DL LA4DT U LA4DWB LA4DF LLB080BD O LD5LB O LA9D092 LDLB LL 080 D LL 80BD LL 580 D RESET LD5LC,LD O LDLC,LD LD4LC,LD 2000 Schneider Electric All Rights Reserved 0/00

15 INTEGRAL 8/32/63 Accessories The top-mounted, add-on voltage converter modules are required to allow operation of an INTEGRAL CMC with DC control voltage. The converters may only be used with the coils shown in the table below. NOTE: When INTEGRAL CMCs are factory ordered with a DC coil code (from Table A / B and Table 2, Page 6), these converter modules need not be ordered separately. Voltage Converter Modules c a Description Nominal Voltage For Use With Coils Catalog Number INTEGRAL 8 Converter Module 24 Vdc LXLB024 LLB080BD 24 Vdc LXLC0249 LLC080BD INTEGRAL 32 Converter Module 48 Vdc LXLC0489 LLC080ED LLC80BD INTEGRAL 63 Converter Module 0 Vdc LXLC09 LLC080FD 24 Vdc LXLD0249 LLD080BD 48 Vdc LXLD0489 LLD080ED 0 Vdc LXLD09 LLD080FD c When using a rectified AC supply, ripple must not exceed %. a Reversing INTEGRAL CMCs require use of two converter modules. The interface modules allow INTEGRAL CMCs to be energized from low voltage and low current signals. Solid state and mechanical relay versions are both available. The relay plus manual override version includes a slide switch for manually energizing the contactor. Interface Modules Description q Type Input Voltage Operational Voltage Catalog Number INTEGRAL 8 Interface Module Solid State Relay 5 to 24 Vdc 24 to 250 Vac LA4DWB File E6487 CCN NKJH NKJH7 Mechanical Relay 24 Vdc 24 to 250 Vac LA4DFB 48 Vdc 24 to 250 Vac LA4DFE 24 Vdc 24 to 250 Vac LA4DLB File LR Class Mechanical Relay plus manual override 48 Vdc 24 to 250 Vac LA4DLE Solid State Relay 5 to 24 Vdc 24 to 240 Vac LLC80BD INTEGRAL 32 Interface Module INTEGRAL 63 Interface Module 24 Vdc 24 to 240 Vac LLC580BD Mechanical Relay 48 Vdc 24 to 240 Vac LLC580ED Solid State Relay 5 to 24 Vdc 24 to 240 Vac LLD80BD 24 Vdc 24 to 240 Vac LLD580BD Mechanical Relay 48 Vdc 24 to 240 Vac LLD580ED q Reversing INTEGRAL CMCs require use of two interface modules. 0/ Schneider Electric All Rights Reserved 5

16 INTEGRAL 8/32/63 Accessories LA9D092 LA4D LA4DE2 O LA4DM LA4DR U LA4DL LA4DT U LA4DWB LA4DF LLB080BD O LD5LB O LDLB LA9D092 LL 080 D LL 80BD LL 580 D RESET LD5LC,LD O LDLC,LD LD4LC,LD Schneider Electric All Rights Reserved 0/00

17 Accessories The control modules allow local or remote operation of the 8 A INTEGRAL CMC. The module includes a slide switch to change from automatic (remote) operation to manual (local) operation. When in manual mode, a separate dial allows the user to locally energize and de-energize the combination motor controller. Automatic - Manual - Stop Control Module (for INTEGRAL 8 only) LA4DMU Description Control Voltage Catalog Number Vac LA4DMK Auto- Manual-Stop Module Vac LA4DMU These electronic timer modules delay the energization or de-energization of the 8 ampere INTEGRAL CMC. Electronic Timer Module (for INTEGRAL 8 only) LA4DROU Description Time Delay Operational Voltage c 50/60 Hz AC Catalog Number 0. to 2 sec. 24 to 240 Vac LA4DT0U On-Delay Timer Module.5 to 30 sec. 24 to 240 Vac LA4DT2U 25 to 500 sec. 24 to 240 Vac LA4DT4U 0. to 2 sec. 24 to 240 Vac LA4DR0U Off-Delay Timer Module.5 to 30 sec. 24 to 240 Vac LA4DR2U 25 to 500 sec. 24 to 240 Vac LA4DR4U c For 24 Vac operation, INTEGRAL CMCs requires a 2 volt coil, see coil table page 9. The coil suppressor modules reduce electrical noise generated by operation of the INTEGRAL CMC. Coil Suppressor Modules LA4DU Description For Use With Operational Voltage 50/60 Hz AC Catalog Number 24 to 48 Vac LA4DE RC Circuit 8A INTEGRAL 50 to 27 Vac LA4DG 0 to 250 Vac LA4DU 24 to 48 Vac LA4DE2E Varistor 8A INTEGRAL 50 to 27 Vac LA4DE2G 0 to 250 Vac LA4DE2E RC Circuit 8A, 32A, 63A INTEGRAL 24 to 250 Vac LA9D092 File E64353 CCN NKJH File LR Class / Schneider Electric All Rights Reserved 7

18 INTEGRAL 8/32/63 Accessories Other Accessories Description Usage Catalog Number Control Knob Padlocking Kit Attaches to front face of INTEGRAL 8 to allow attachment of up to 3 padlocks LA9LB390 Control Circuit Test Device Used on INTEGRAL 8 only LA9LB3 LA9LB930 Mounting Plate To mount I8 or I32 on two 32 mm Omega rails To mount I32 on one 75mm or two 32mm Omega rails LA9LC00 LA9LC02 To mount I63 on one 75mm Omega rail LA9LD00 DIN Rail, 35 mm AMDE200. DIN Rail, 75 mm Connection Accessories (INTEGRAL 8 Units Only) Description AMDL20 Catalog Number Set of 63 A 3-pole busbars to supply an additional INTEGRAL LA9LB930 (2) GVG09 Terminal to supply one or more LA9LB930 busbar sets; cables connected to top GVG09 () Terminal to supply one or more LA9LB930 busbar sets; cables connected to bottom LA9LB960 (2) Through the Door Operators (IP54) Description For Use With Knob Color Catalog Number I8 (LD or LD5) Red Black LA9LB330 LA9LB33 Adjustable Depth Operator t (from 0 to 85mm depth) I32, I63 (LD) Red Black LA9LC330 LA9LC33 I32, I63 (LD4 or LD5) Red Black LA9LC530 LA9LC53 LA9LB960 I8 (LD or LD5) Red Black LA9LB320 LA9LB32 Fixed Depth Operator t I32, I63 (LD) Red Black LA9LC320 LA9LC32 I32, I63 (LD4 or LD5) Red Black LA9LC520 LA9LC52 t See page 49 for mounting dimensions. LA9LC70 Protection Accessories Description For use with Sold in Lots of Catalog Number Finger Protection Cover for power terminals (L, L2, L3) Anti-tamper cover for: protection module LB INTEGRAL 32 5 LA9LC70 INTEGRAL 63 5 LA9LD70 INTEGRAL 8 LLB090 protection module LC or LD INTEGRAL 32 or 63 LLC090 LA9Lk090 For use with trip modules manufactured after January, 9. () (2) File E64864 CCN NLRV File E6487 CCN NKJH NKJH7 File LR 8630 Class File LR Class Schneider Electric All Rights Reserved 0/00

19 INTEGRAL 8/32/63 Accessories AC Coils DC Coils c Nominal Voltage 60 Hz Coil Cat. No. 50 Hz Coil Cat. No. Nominal Voltage Converter Cat. No. DC Coil Cat. No. 8 A Models 8 A model LXLBkkk 2 LXLB09 LXLB02 24 LXLB02 LXLB LXLB LXLB LXLB042 LXLB048 0 LXLB00 LXLB0 5/20 LXLB05 27 LXLB LXLB200 LXLB LLB080BD LXLB A models 24 LLC080BD LXLC LLC080ED LXLC LLC080FD LXLC09 63 A models 24 LLD080BD LXLD LLD080ED LXLD LLD080FD LXLD09 LXLCkkk 230/240 LXLB LXLB240 c INTEGRAL CMCs can operate on D.C. control voltage when fitted with a coil and converter from the table above. 380 LXLB LXLB LXLB380 LXLB /480 LXLB LXLB /600 LX LB LXLB A models LXLDkkk 24 LXLC020 LXLC LXLC0 20 LXLC LXLC90 LXLC LXLC90 LXLC LXLC A models 24 LXLD020 LXLD024 0 LXLD090 LXLD0 20 LXLD LXLD80 LXLD LXLD90 LXLD LXLD380-0/ Schneider Electric All Rights Reserved 9

20 Accessories LA9C6P2 All except Transformers Transformers File E839 CCN NKCR NKCR7 File LR Class File E 6239 CCN XPTQ XPTQ7 Pilot devices and control transformers for enclosed INTEGRAL CMCs can be ordered in one of two convenient ways. Telemecanique INSTA-KITS may be installed at our factory by attaching the form number suffix from the table below to the end of the catalog number selected in Table B on page 6. Alternatively, the INSTA-KIT may be ordered separately by choosing the appropriate catalog number from the right-most column below. INSTA-KITS are easily installed in the field by removing the existing cover plate on the enclosure, installing the INSTA-KIT plate, and plugging the pre-terminated wires into its mating connector. Table 4: INSTA-KITS Selection. f c a q e Description Complete the form number or catalog number with one of the following voltage codes: Voltage D D2 D3 D D33 Primary 480/ / /400/45 Secondary /230 Replace t with the suffix letter corresponding to the pilot light voltage. Factory-Installed Form Numbera On/Off Selector Switch C6 LA9C6 INSTA-KIT Catalog Number Hand-Off-Auto Selector Switch C LA9C Green Pilot Light P2 q LA9P2 q Red Pilot Light P q LA9P2 q Green Transformer Pilot Light P52 q LA9P552* c q Red Transformer Pilot Light P5 q LA9P552* c q Start/Stop Pushbutton A LA9A Start/Stop (Mushroom Head) Pushbuttons 2 LA9 I/O (Start/Stop) Pushbutton A6 On/Off Selector Switch with Green Pilot Light C6P2 LA9C6P2 On/Off Selector Switch with Red Pilot Light C6P LA9C6P2 Hand-Off-Auto Selector Switch with Green Pilot Light CP2 LA9CP2 Hand-Off-Auto Selector Switch with Red Pilot Light CP LA9CP2 H-O-A Selector Switch with Green Transformer Pilot Light CP52 LA9CP552t c H-O-A Selector Switch with Red Transformer Pilot Light CP5 LA9CP552t c Forward-Reverse-Stop Pushbuttons LA9 Start/Stop Pushbutton with Green Pilot Light AP2 LA9AP2 Start/Stop Pushbutton with Red Pilot Light AP LA9AP2 Start/Stop Pushbutton with Green Transformer Pilot Light AP52 LA9AP552t c Start/Stop Pushbutton with Red Transformer Pilot Light AP5 LA9AP552t c Standard Control Transformer with Top Mounted Fuse Block: 50 VA Transformer (Standard size for INTEGRAL 8 and 32) FF4TKF50f LA9FF4TKF50f 00 VA Transformer (Extra capacity for I8 or I32; Std. capacity for I63) FF4TKF00f LA9FF4TKF00f 50 VA Transformer (Extra capacity for INTEGRAL 63) FF4TKF50f LA9FF4TKF50f Local/Remote Adapter - Three Wire q LA93W Local/Remote Adapter - Four Wire q LA94W Local/Remote Adapter - Five Wire q LAW Local/Remote Adapter - Seven Wire q LA97W Fuse Kit for Remote e LA9FK Voltage 24 V 20 V 208/240 V 480 V Suffix Letter B K P W For factory modification, add form number to the end of the catalog number. kla93w required when START/STOP pushbutton remote station is used in conjunction with START/STOP local control OR if local pilot light only is used. kla94w required when FOR/REV/STOP is required for both local and remote control. klaw required when START/STOP pushbutton with pilot light remote station OR pilot light only remote is used with START/STOP pushbutton local control. kla97w required for remote control only applications. Required when local/remote adapters are used Schneider Electric All Rights Reserved 0/00

21 INTEGRAL 8/32/63 Technical Data Mechanical and Electrical Life Curves Based on Utilization Category and Number of Switching Cycles Alternating Current Utilization Category AC-3 Operating voltage 200 V 230 V 460 V 575 V Operating current at q 04 F (40 C) INTEGRAL 8 8 A 8 A 8 A 8 A INTEGRAL A 32 A 32 A 32 A INTEGRAL A 63 A 63 A 63 A Rated horsepower at q 04 F (40 C) INTEGRAL 8 5 hp 5 hp 0 hp 5 hp INTEGRAL 32 0 hp 0 hp 20 hp 30 hp INTEGRAL hp 20 hp 40 hp 60 hp Electrical life Motor control and protection in utilization categories AC-2, AC-3, AC-4, at Ue 400 volts Current Breaking Limit INTEGRAL 8 INTEGRAL 32 and 63 Millions of operating cycles Millions of operating cycles (32A) 4 (63A) Current broken in amperes Not having previously broken a short circuit current ➁ Having broken a short circuit current 0 times at 30 In a ➂ Having broken a short circuit current 20 times at 30 In a ➃ Having broken a short circuit current 0 times at 00 In a Most common value of short circuit current Current broken in amperes 0/ Schneider Electric All Rights Reserved 2

22 INTEGRAL 8/32/63 Technical Data Mechanical and Electrical Life Curves Based on Utilization Category and Number of Switching Cycles Electrical life curves CMC size Wire size (AWG) Maximum rate of operating cycles per hour Operating duty 85% - operation at maximum current - operation at 50% of maximum current Operating duty 25% - operation at maximum current Operating current (according to ambient temperature) q 04 F (40 C) 8 A 32 A 63 A q F (55 C) 6 A 28 A 55 A q 58 F (70 C) A 25 A 50 A Electrical Life Utilization category AC-, Ue 400 Volts Millions of operating cycles (8 A) (32 A) (63 A) Current broken in amperes Schneider Electric All Rights Reserved 0/00

23 PROTECTON MODULE TRIPPING SPECIFICATIONS Motor Protection By thermal magnetic modules LBLB03P INTEGRAL Self-Protected Combination Motor Controllers INTEGRAL 8 Technical Data 300 mn 00 mn 0 mn P0 P03 P02 P04 P05 P06 P07 P08 P0 P P7 P2 mn 0s The average operating times shown are for ambient temperature of 68 F (20 C), without prior current flow (cold state). The average operating time after prolonged current flow (hot state) can be calculated by applying a coefficient of 0.5. s 0.s s Current in amperes CURRENT LIMITATION AND THERMAL LIMIT ON SHORT CIRCUIT 3-Phase 380/45 V, 50 Hz Current limit on short circuit Max. I peak in KA Thermal limit I 2 t in ka 2 s in short circuit protection zone cos ϕ =0.7 =0.5 =0.3 = A 6-0 A 4-6 A A A -.6 A 0-6 A A Prospective Isc in ka rms A 0-6 A 6-0 A 4-6 A A A -.6 A Prospective Isc in ka rms 0/ Schneider Electric All Rights Reserved 23

24 INTEGRAL 32 Technical Data Motor Protection By thermal magnetic modules LBLC03M Motor Protection (frequent starting) By magnetic modules LB6LC03M 300 min 00 min 0 min min 0 s irth M03 M04 M05 M06 M07 M08 M0 M M7 M22 M min 00 min 0 min min 0 s M06 M08 M M22 s s M07 M0 M7 M s s s 0.0 s The average operating times shown are for ambient temperature of 68 F (20 C), without prior current flow (cold state). The average operating time after prolonged current flow (hot state) can be calculated by applying a coefficient of 0.5. Tripping Curve on Short Circuit Breaking time in ms V Prospective Isc in ka rms Schneider Electric All Rights Reserved 0/00

25 CURRENT LIMITATION AND THERMAL LIMIT ON SHORT-CIRCUIT 3-Phase 400/45 V, 50 Hz INTEGRAL Self-Protected Combination Motor Controllers INTEGRAL 32 Technical Data Current limitation on short-circuit Max. I peak in KA Maximum thermal limit on short-circuit Thermal limit I 2 t in ka 2 s in short circuit protection zone cosϕ=0.7 =0.5 =0.3 = a a Prospective rms short-circuit current in ka Prospective rms short-circuit current in ka 3-Phase 400/45 V, 50 Hz Current limitation on short-circuit Max. I peak in KA Maximum thermal limit on short-circuit Thermal limit I 2 t in ka 2 s in short circuit protection zone cosϕ=0.7 =0.5 = a a Prospective rms short-circuit current in ka Prospective rms short-circuit current in ka a Associated thermal protection rating. For -.6 A ratings, the thermal limit is less than x0 3 A 2 s -.6 A A The breaking capacity is unlimited on contactor breakers fitted A A with modules: - up to a rating of 0-6 A at 220/380/45 V A A - up to a rating of A at 440/500 V A A 0/ Schneider Electric All Rights Reserved 25

26 INTEGRAL 63 Technical Data PROTECTION MODULE TRIPPING SPECIFICATIONS Motor Protection (normal starting duty) By thermal magnetic modules LBLD03M 300 mn 00 mn 0 mn irth M6 M2 M22 M53 M55 M57 M6 mn 0 s s s 0.0s Current in amperes The average operating times shown are for ambient temperature of 68 F (20 C), without prior current flow (cold state). The average operating time after prolonged current flow (hot state) can be calculated by applying a coefficient of 0.5. Tripping Curve on Short Circuit Breaking time in ms V Prospective short-circuit current in ka rms Schneider Electric All Rights Reserved 0/00

27 CURRENT LIMITATION AND THERMAL LIMIT ON SHORT-CIRCUIT 3-Phase 400/45 V, 50 Hz INTEGRAL Self-Protected Combination Motor Controllers INTEGRAL 63 Technical Data Current limitation on short-circuit Maximum peak current in ka Maximum thermal limit on short-circuit Thermal limit I 2 t in ka 2 s in short circuit protection zone = cos ϕ = 0.7 = 0.5 = 0.3 a a Prospective rms short-circuit current in ka Prospective rms short-circuit current in ka 3-Phase 400/45 V, 50 Hz Current limitation on short-circuit Maximum peak current in ka Maximum thermal limit on short-circuit Thermal limit I 2 t in ka 2 s in short circuit protection zone = = cos ϕ = 0.7 = 0.5 a a Prospective rms short-circuit current in ka Prospective rms short-circuit current in ka 8-25 A up to 45-63A a LBLD03 22 to LD03 6: rating of associated thermal overload module. 0/ Schneider Electric All Rights Reserved 27

28 Specifications Specifications Type INTEGRAL 8 Rated operational current (Ie) Category AC-3 8 A Rated operational voltage (Ue) 600 Vac Breaking capacity at 480 Vac 42 ka RMS Electrical durability in AC-3 at 400 V 2 million operating cycles Mechanical durability at Uc 0 million operating cycles Maximum operating rate AC control voltage 200 operating cycles/hour at ambient temperature F (55 C) DC control voltage with converter 600 operating cycles/hour Environment Conforming to standards IEC: 364, 947-, 947-2, , UTE: NF C 63-0, C 63-20, C 63-0, C , C 79-00, C VDE: 000, 00, 0, 070, 07, 47, 0660 EN , , , NEN, NBN Product approvals UL File Number ASE, ASEFA, ASTA, CSA, DEMKO, DNV NEMKO, RINA, SEMKO, SETI, UL File E6487, CCN NKJH CSA File Number File LR43364 Class Protective treatment Ambient air temperature around the device Vibration resistance Permissible acceleration Shock resistance Permissible acceleration TH Operation - to + F (-25 to +55 C) Storage -40 to +76 F (-40 to +80 C) Operation - to +22 F (-25 to +50 C) Storage - to +58 F (-25 to +70 C) 5 to 00 Hz Energized state: 3 g De-energized state: 3 g Impulse duration: ms Degree of protection To IEC 4 and 529 To VDE 006 Energized state: 8 g De-energized state: 8 g IP 20B Protection against direct finger contact Flame resistance Conforming to IEC 2-2-, NF C , and to decree of (JO 27 NC of st and 2/2/2) Conforming to UL 94 - V0 and NF T Maximum operating altitude Without derating 9,580/3000 ft/m Operating position (without derating) In relation to normal vertical mounting plane From fixing plane (fore-aft tilt) From main axis (left-right tilt) Control Circuit Specifications Rated control circuit voltage (Uc) Voltage limits at θ F (55 C) Average consumption at 68 F (20 C) and at Uc Heat dissipation Operating time at 68 F (20 C) and at Uc 50 Hz 60 Hz DC with converter Operating Drop out AC Inrush Sealed DC Inrush Sealed 50/60 Hz C O DC with converter C O 2 to 660 Vac 2 to 600 Vac 24 Vdc 0.85 to. Uc 0.25 to 0.7 Uc 75 VA (50 Hz), 90 VA (60 Hz) 8 VA (50 Hz), 9 VA(60 Hz) 00 W.5 W 2.5 W (50 Hz), 2.8 W (60 Hz) 9 to 25 ms 7 to 25 ms 5 to 20 ms 20 to 25 ms With converter. The closing time C is measured from the moment the coil supply is switched on to initial contact of the main poles. The opening time O is measure from the moment the coil supply is switched off to the moment the main poles separate Schneider Electric All Rights Reserved 0/00

29 Specifications Specifications INTEGRAL 32 INTEGRAL A 63 A 600 Vac 600 Vac 42 ka RMS 42 ka RMS.5 million operating cycles.2 million operating cycles 0 million operating cycles 0 million operating cycles 3600 operating cycles/hour 3600 operating cycles/hour 600 operating cycles/hour 600 operating cycles/hour Environment IEC: 364, 947-, 947-2, , UTE: NF C 63-0, C 63-20, C 63-0, C , C 79-00, C VDE: 000, 00, 0, 070, 07, 47, 0660 EN , , , NEN, NBN ASE, ASEFA, ASTA, BV, CSA, DEMKO, DNV, GL, NEMKO, NKK, ÖVE, PTB, RINA, SCC, SETI, UL, USSR, LROS File E6487, CCN NKJH File E6487, CCN NKJH File LR43364 Class File LR43364 Class TH TH - to +58 F (-25 to +70 C) - to +58 F (-25 to +70 C) -40 to +76 F (-40 to +80 C) -40 to +76 F (-40 to +80 C) - to +22 F (-25 to +50 C) - to +22 F (-25 to +50 C) - to +58 F (-25 to +70 C) - to +58 F (-25 to +70 C) Energized state: 3 g De-energized state: 3 g Energized state: 8 g De-energized state: 8 g IP 20B Protection against direct finger contact Conforming to IEC 2-2-, NF C , and to decree of (JO 27 NC of st and 2/2/2) Conforming to UL 94 - V0 and NF T IEC: 364, 947-, 947-2, , UTE: NF C 63-0, C 63-20, C 63-0, C , C 79-00, C VDE: 000, 00, 0, 070, 07, 47, 0660 EN , , , NEN, NBN ASE, ASEFA, ASTA, BV, CSA, DEMKO, DNV, GL, NEMKO, NKK, ÖVE, RINA, SCC, SETI, UL, USSR, LROS pending Energized state: 3 g De-energized state: 3 g Energized state: 8 g De-energized state: 8 g 9,580/3000 ft/m 9,580/3000 ft/m From fixing plane (fore-aft tilt) IP 20B Protection against direct finger contact Conforming to IEC 2-2-, NF C , and to decree of (JO 27 NC of st and 2/2/2) Conforming to UL 94 - V0 and NF T From fixing plane (fore-aft tilt) Control Circuit Specifications 24 to 660 Vac 24 to 600 Vac 24, 48, 0 Vdc 0.85 to. Uc 0.25 to 0.7 Uc 60 VA (50 Hz), 85 VA (60 Hz) 2 VA (50 or 60 Hz) 250 W, duration 50 ms 4 W 24 to 660 Vac 24 to 600 Vac 24, 48, 0 Vdc 0.85 to. Uc 0.25 to 0.7 Uc 375 VA (50 Hz), 450 VA (60 Hz) 25 VA (50 or 60 Hz) 300 W, duration 50 ms 8 W 4 W (50 Hz), 5 W (60 Hz) 8 W (50 Hz), W (60 Hz) 9 to 25 ms 7 to 20 ms 25 to 35 ms 0 to 20 ms 2 to 35 ms 7 to 20 ms 25 to 40 ms 5 to 25 ms 0/ Schneider Electric All Rights Reserved 29

30 Specifications Specifications Type INTEGRAL 8 Pole Specifications Rated thermal current (Ith) θ 04 F (40 C) 8 A Frequency limits of operational current Hz Rated impulse withstand voltage To IEC kv in envelope Rated insulation voltage (Ui) To IEC 947- and NF C Vac Heat dissipation in the power circuits of the contactor breaker Operational current 0.6 A 0.25 A 0.4 A 0.6 A.0 A.6 A 2.5 A 4.0 A 6.0 A 0.0 A 6.0 A 8.0 A and its protection module Power per pole, hot state 2.3 W 2.3 W 2.3 W 2.3 W 2.3 W 2.3 W 2.3 W 2.4 W 2.9 W 3.2 W 3.8 W 3.8 W Rated making capacity I RMS To IEC and NF C x Ith (above this value, the breaker trips Total breaking time Electrical durability in AC-3 at Ie max, Ue = 45 V after P2 cycle (O-t-CO-t-CO) (short-circuit test) I Peak To IEC and NF C ka Prospective RMS short-circuit current at terminals of a new device 2.5 ms 3 ka 0 ka 25 ka 35 ka 42 ka Millions of operating cycles Maximum let-through energy With Isc max, at 45 V, 50 Hz 00 x 0 3 A 2 s Wiring Tightening torque Specifications of Thermal-magnetic or Magnetic Only Protection Modules Type Protection Maximum cross-sectional area (c.s.a.) Minimum cross-sectional area (c.s.a.) Flexible cable without cable end 2 x 6 mm 2 2 x.5 mm #6 to 2 - #0 Flexible cable with cable end 2 x 4 mm 2 or x 6 mm 2 2 x mm #6 to 2 - #0 Solid cable 2 x 6 mm 2 2 x.5 mm #6 to 2 - #0 2 lb-in (.7 N m) LBLB03P Standard motors Conforming to standards IEC type 2 (Iq = 80 ka except P2) and NF C Number of poles 3 Number of protection poles 3 Rated operational voltage 600 Vac Maximum continuous current 0.6 to 8 A Thermal protection Setting range (Irth min/irth max) 0./0.6 to 2/8 A Temperature compensation -4 to + F (-20 to +55 C) Protection against phase imbalance With Tripping class 0 Magnetic protection Instantaneous trip current setting range Fixed at 5 Irth max To IEC 58- and NF C IEC 947-/2/4 and NF C Tripping tolerance ± 20% Specifications of Versions without Isolator Function Conforming to standards IEC 947 Rated operational voltage 600 Vac Mechanical durability 0,000 operating cycle Padlocking facility padlock, 5 mm shank Specifications of Versions with Isolator Function Conforming to standards Rated operational voltage Mechanical durability Padlocking facility AWG Schneider Electric All Rights Reserved 0/00

31 Specifications Specifications INTEGRAL 32 INTEGRAL 63 Pole Specifications 32 A 63 A Hz Hz 6 kv in envelope 6 kv in envelope 600 Vac 600 Vac.6 A 2.5 A 4.0 A 6.3 A 0.0 A 6.0 A 25.0 A 32.0 A 25 A 32 A 40 A 50 A 63 A.6 W.8 W.8 W 2.0 W 2.0 W 3.4 W 4.8 W 6.0 W 4.4 W 5.0 W 5.8 W 7.0 W 9.0 W 2 x Ith (above this value, the breaker trips 2 or 5 x Ith (above this value, the breaker trips 05 ka 05 ka 4 ms 4 ms 3 ka 0 ka 25 ka 35 ka 42 ka 3 ka 0 ka 25 ka 35 ka 42 ka x 0 3 A 2 s 300 x 0 3 A 2 s Maximum cross-sectional area (c.s.a.) Minimum cross-sectional area (c.s.a.) AWG Maximum cross-sectional area (c.s.a.) Minimum cross-sectional area (c.s.a.) X 0 or 2 x 6 mm 2 x mm 2 #8 to #8 X 50 or 2 x 35 mm 2 x 6 mm 2 #0 to #2 x 6 or 2 x 4 mm 2 x mm 2 #8 to #8 2 x 25 mm 2 x 6 mm 2 #0 to #2 x 0 or 2 x 6 mm 2 x mm 2 #8 to #8 x 50 mm 2 x 6 mm 2 #0 to #2 lb-in (2.0 N m) 42 lb-in (6.0 N m) Specifications of Thermal-magnetic or Magnetic Only Protection Modules LBLC03M LB6LC03M LBLD03M LB6LD03M Standard motors Frequent starting motors Standard motors Frequent starting motors IEC type 2 (Iq = 50 ka) and NF C NF C NF C NF C Vac 600 Vac 600 Vac 600 Vac 0.4 to 32 A 0.4 to 32 A to 63 to /0.4 to 23/32 A 0/ to 45/63 A -4 to +58 F (-20 to +70 C) -4 to +58 F (-20 to +70 C) -4 to +58 F (-20 to +70 C) -4 to +58 F (-20 to +70 C) With Without With Without to 2 Irth max (Usual setting 9 to 0 Irth max) 6 to 2 Irth max 6 to 2 Irth max (Usual setting 9 to 0 Irth max) 6 to 2 Irth max ± 20% ± 20% ± 20% ± 20% Specifications of Versions without Isolator Function IEC 947 IEC Vac 600 Vac 0,000 operating cycles 0,000 operating cycle, 2, or 3 padlocks, 8 mm shank, 2, or 3 padlocks, 8 mm shank Specifications of Versions with Isolator Function IEC 947, NF C 63-0, VDE 0660, VDE 0 IEC 947, NF C 63-0, VDE 0660, VDE Vac 600 Vac 0,000 operating cycles 0,000 operating cycles, 2, or 3 padlocks (shank 8 mm max and 5 mm min). When flush mounting, interlocking of the enclosure or cabinet door is possible. AWG, 2, or 3 padlocks (shank 8 mm max and 5 mm min). When flush mounting, interlocking of the enclosure or cabinet door is possible. 0/ Schneider Electric All Rights Reserved 3

32 Specifications Instantaneous Auxiliary Contacts Rated thermal current (Ith) 0 A (INTEGRAL 8), 6 A (INTEGRAL 32 and 63) Rated insulation voltage (Ui) To IEC 947- and NF C Vac Switching capacity With U 7 V and I 0 ma 600 mva AC category AC-5 c Voltage 48 Vac 0/20 Vac 220/240 Vac 380/400 Vac 480 Vac Rated operational power million operating cycles 300 VA 500 VA 600 VA 520 VA 500 VA.5 million operating cycles 60 VA 300 VA 330 VA 300 VA 280 VA Making capacity AC category AC VA 3500 VA 6000 VA 7500 VA 7000 VA DC category DC- q Voltage 24 Vac 48 Vac 0 Vac 220 Vac 440 Vac Rated operational power million operating cycles 20 W 90 W 75 W 68 W 6 W.5 million operating cycles 70 W 50 W 38 W 33 W 28 W Making capacity DC category DC- 800 W 700 W 400 W 260 W 220 W Maximum c.s.a.: 2 x 2.5 mm 2. Minimum c.s.a.: 2 x mm 2 Wire size Maximum: 2 x AWG, Minimum: 2 x 6 AWG c Electrical durability on an inductive load such as the coil of an electromagnet: making capacity (cosϕ 0.7) = 0 times the breaking capacity (cos ϕ 0.4). q Electrical durability on an inductive load such as the coil of an electromagnet, the time constant increasing with the power. Signalling Contacts Rated thermal current (Ith) 6 A (INTEGRAL 8), 3 A (INTEGRAL 32 and 63) Rated insulation voltage (Ui) To IEC Vac (INTEGRAL 8), 250 Vac (INTEGRAL 32 and 63) Operational power AC Voltage 0/27 Vac 220 Vac for operating cycles Resistive load 600 VA 750 VA Lamp load k 90 VA 25 VA Inductive load f 875 VA 500 VA Motor p 60 VA 200 VA DC Voltage 24 Vac 48 Vac 0/25 Vac 200 Vac Resistive load 00 W 00 W 50 W 50 W Lamp load k 50 W 50 W 6 W 7.5 W Inductive load f 75 W 75 W 50 W 50 W Motor p 75 W 75 W 6 W 7.5 W Maximum c.s.a.: 2 x 2.5 mm 2. Minimum c.s.a.: 2 x mm 2 Wire size Maximum: 2 x AWG, Minimum: 2 x 6 AWG k Lamp load: peak current = 0 times the rated current. f Inductive load: cos ϕ 0.4 for AC operation; time constant 7 ms for DC operation. p Motor: peak current = 6 times the rated current. Isolating Auxiliary Contacts for INTEGRAL 32 and 63 Rated thermal current (Ith) 6 A Rated insulation voltage (Ui) to IEC 947 and NF C 63-0 Wire size AC supply DC supply 690 Vac 25 Vac Maximum c.s.a.: 2 x.5 or x 2.5 mm 2 Maximum: 2 x 6 AWG or x AWG Schneider Electric All Rights Reserved 0/00

33 Specifications Environment Type LA4DT (On-delay) LA4DR (Off-delay) Conforming to standards IEC IEC Product approvals Pending UL, CSA UL, CSA Protective treatment TH TH Degree of protection To VDE 006 Against direct finger contact Against direct finger contact Ambient air temperature around the device Rated insulation voltage (Ui) Time Delay Specifications Storage -40 to +76 F (-40 to +80 C) -40 to +76 F (-40 to +80 C) Operation - to + F (-25 to +55 C) - to + F (-25 to +55 C) Operation at Uc - to +58 F (-25 to +70 C) - to +58 F (-25 to +70 C) To IEC 947- and VDE 00 (group C) 250 Vac 250 Vac Timing ranges 0.-2/.5-0/ sec. 0.-2/.5-30/ sec. Repeat accuracy F (0-40 C) ± 3% (0 ms minimum) ± 3% (0 ms minimum) During the time delay 00 ms 225 ms Reset time After the time delay 50 ms During the time delay 0 ms 20 ms Immunity to micro-breaks After the time delay 2 ms Minimum control pulse duration 40 ms Time delay signalling By LED Illuminates during time delay Illuminates during time delay Control Circuit Specifications On input By varistor By varistor Built-in protection Contactor breaker coil suppression By varistor By peak limiting diode Rated control circuit voltage (Uc) Vac or Vdc Vac Voltage limits Uc Uc Control type Wire Size Switching Specifications (solid state type) Flexible or solid cable with or without cable end By mechanical contact only By mechanical contact only (connecting cable < 0 m) Minimum c.s.a.: x mm 2 Minimum c.s.a.: x mm 2 Maximum c.s.a.: 2 x 2.5 mm 2 Maximum c.s.a.: 2 x 2.5 mm 2 Minimum: x 6 AWG Maximum: 2 x AWG Maximum power dissipated 2 W 3.5 W Leakage current < 5 ma < 5 ma Residual voltage 3.3 Vac 3.3 V Minimum: x 6 AWG Maximum: 2 x AWG Overvoltage protection 3 kv; 0.5 joule 3 kv; 0.5 joule Electrical durability 30 million operating cycles 30 million operating cycles Operating diagrams Electronic on-delay timer LA4DT Electronic off-delay timer LA4DR Uc supply ( - ) 0 Uc supply ( - ) Control ( - B2) ms Time delay output Contactor breaker coil 0 t Time delay output Contactor breaker coil 0 t Red LED Red LED 0/ Schneider Electric All Rights Reserved 33

34 Specifications Type Interface modules Converters Used for direct control of the INTEGRAL 8 By a programmable controller, with AC control of the coil Protective treatment TH TH By a programmable controller, with DC control of the coil. Ambient air temperature Storage: -04 to + 76 F (- 40 to+ 80 C) Storage: -04 to + 76 F (- 40 to + 80 C) around the device Operation: - to + F (-25 to +55 C) Operation: - to +22 F (-25 to +50 C) Rated insulation voltage (Ui) 250 Vac to IEC 58- and 947- and VDE 00 (group C) Protection against direct finger contact Conforming to VDE 006 Conforming to VDE 006 Max: 2 x 2.5 mm 2, Min: x mm 2 Max: 2 x 2.5 mm 2, Min: x mm 2 Cabling Max: 2 x AWG, Min: x 6 AWG Max: 2 x AWG, Min: x 6 AWG Operating limits 0.8 to. Uc q Protection Of the input and against reverse polarity: by diode Against reverse polarity (by diode) and against overvoltage Control Circuit Specifications Type LA4DFB LA4DFE LA4DLB LA4DLE LA4DWB LLB080BD Technology Relay Relay + override Solid state Solid state Wiring Schematics c E + E2 c c E + E2 c c E + E2 c + (0V) E E3 E2 K K K Indication of input state Input signals (logic side) Voltage (E-E2) By built-in LED 24 Vdc 48 Vdc 24 Vdc 48 Vdc 5-24 Vdc 24 Vdc (E2-E3) Current 25 ma 5 ma 25 ma 5 ma 8.5 for 5 V 5 for 24 V State 0 guaranteed for U < 2.4 Vac < 4.8 Vac < 2.4 Vac < 4.8 Vac < 2.4 Vac < 7 Vac or I < 2 Vac <.3 Vac < 2 Vac <.3 Vac < 2 Vac < 5 Vac State guaranteed for U 7 < U < 30 Vac 33 < U < 60 Vac 7 < U < 30 Vac 33 < U < 60 Vac 5 < U < 30 U > Supply voltage Vac (-) 24 Vdc (E-E2) q Operating Specifications Electrical durability in Immunity to control circuit interruptions Average consumption at 86 F (30 C) Operating time c at 86 F (30 C) and at Uc 0 million operating cycles 0 million operating cycles 3 million operating cycles 3 million operating cycles 20 million operating cycles 4 ms 4 ms 4 ms 4 ms ms 0.6 W 0.6 W 0.6 W 0.6 W 0.4 W c The operating times depend on the type of electromagnet driving the contactor breaker and its control method. The closing time C is measured from the moment the INTEGRAL coil supply is switched on to initial contact of the main poles. The opening time O is measured from the moment the coil supply is switched off to the moment the main poles separate. q Warning: for supply from rectified AC, the power supply must exceed 50 VA and the maximum ripple must be %. 0 2 million operating cycles Inrush: 00 Sealed:.5 Pull-in 5-30 ms 5-30 ms 5-30 ms 5-30 ms 30 ms Drop-out ms ms ms ms 5 ms Schneider Electric All Rights Reserved 0/00

35 Specifications Type Interface modules Converters Used for direct control of the INTEGRAL 32 or 63 By a programmable controller, with AC control of the electromagnet By a programmable controller, with DC control of the coil Ambient air temperature around the device Storage: - to +58 F (- 25 to + 70 C) Operation: - to +22 F (- 25 to+ 50 C) Storage: - to +58 F (- 25 to + 70 C) Operation: - to +22 F (- 25 to + 50 C) Insulation rms voltage between inputs and outputs: 2.5 kv Common negative terminals Wiring Max: 2 x 2.5 mm 2, Min: x mm 2 Max: 2 x 2.5 mm 2, Min: x mm 2 Max: 2 x AWG, Min: x 6 AWG Operating limits Uc Uc q Max: 2 x AWG, Min: x 6 AWG Protection Against reverse polarity (by diode) and against overvoltage Against reverse polarity (by diode) and against overvoltage Indication of input state By LED Type INTEGRAL 32 INTEGRAL 63 INTEGRAL 32 INTEGRAL 63 LLC LLD LLC LLD 580BD 580ED 80BD 580BD 580ED 80BD 080BD 080ED 080FD 080BD 080ED 080FD LL 580 D LL 80BD LL 080BD LL 080FD LL 080ED Wiring Schematics c + E E2 c c + E E2 c + (0V) E E3 E2 + (0V) E E2 Input signals (logic side) Supply voltage 24 Vdc 48 Vdc 5-24 Vdc 24 Vdc 48 Vdc 5-24 Vdc 24 Vdc c 48 Vdc c 24 Vdc c 48 Vdc (E-E2) (E-E2) (E- E2) (E-E2) (E-E2) (E-E2) (E3-E2) (E3-E2) (E3-E2) (E3-E2) 30 ma 20 ma 8.5 at 5V 5 at 24V 50 ma 25 ma 8.5 at 5V 5 at 24V 20 ma 0 ma 20 ma 0 ma State 0 guaranteed for U < 2.4 Vac < 4.8 Vac < 2.5 Vac < 2.4 Vac < 4.8 Vac < 2.5 Vac < 7 Vac < Vac < 7 Vac < Vac I < 2 ma < 2 ma < 2 ma < 2 ma < 2 ma < 2 ma < 5 ma < 2.5 ma < 5 ma < 2.5 ma State guaranteed for U > 20.4 Vac > 40.8 Vac > 4 Vac > 20.4 Vac > 40.8 Vac > 4 Vac > Vac > 28 Vac > Vac > 28 Vac Electrical durability in millions of operating cycles Average consumption Operating time at 68 F (20 C) and at Uc Vac Vac Vac Vac Vac Vac 24 Vdc q 48 Vdc q 0 Vdc q 24 Vdc q 48 Vdc q 0 Vdc q (-) (-) (-) (-) (-) (-) (E-E2) (E-E2) (E-E2) (E-E2) (E-E2) (E-E2) 5 Inrush 50 Hz 60 VA 60 VA 60 VA 375 VA 375 VA 375 VA 60 Hz 85 VA 85 VA 85 VA 450 VA 450 VA 450 VA DC 250 W 250 W 250 W 300 W 300 W 300 W Sealed 50/60 Hz 2 VA 2 VA 2 VA 25 VA 25 VA 25 VA DC 4 W 4 W 4 W 8 W 8 W 8 W Pull-in 5-30 ms 5-30 ms 0-35 ms ms ms 0-45 ms 30 ms 30 ms 30 ms 35 ms 35 ms 35 ms Drop-out ms ms 8-30 ms ms ms 8-30 ms 5 ms 5 ms 5 ms 20 ms 20 ms 20 ms c For direct control by external contact: connect E-E3. q Warning: for supply from rectified a.c., the power supply must exceed 250 VA (300 VA for INTEGRAL 63) and the maximum ripple must be %. 0/ Schneider Electric All Rights Reserved 35

GV2, GV3, and GV7 Manual Motor Starters, Controllers, and Protectors Standard Features

GV2, GV3, and GV7 Manual Motor Starters, Controllers, and Protectors Standard Features Standard Features Table : Standard Features GV2ME GV2P GV3P GV7RE/GV7RS 0. to 32 A Up to 20 hp @ 460 V 0 SCCR @ 480 V Push Button Operator 0. to 30 A Up to 5 hp @ 460 V 50 SCCR @ 480 V Rotary Handle Operator